Here’s the second article of Patricia, who wants to list 12 errors which are very common and that occurs far too often during installations.
To her opinion, they should be avoided for the security of people and equipment. See the 12 most common errors below (and their solutions)!
To you all Electrical Engineering Community blog members, good news!
Year 2016 has just begun, and yet we can already make you take advantage of an exclusive document for free!
This document is the fresh new edition of the Electrical Installation Guide (EIG), usually sold 60 euros and that you can DOWNLOAD here NOW and FOR FREE.
Without doubt 2013 has been a year of technology driven innovation. 3D printing represents one area of progress achieved. Development went so far in the area that researchers were able to print a bionic human ear.
Evolution within 3D printing is coming towards the domain of consumer electronic too. This can be seen with a recent development that researchers were able to employ 3D printing to make a loudspeaker. It makes the process as simple as printing a product that is ready to go.
Rapid transformation is being seen with respect to ‘technology maturing’ where items from various blueprints can be made from material such as plastic, ceramic, glass and metal.
3D metal printing is considered as an advanced manufacturing technology which makes use of advances that have been made in conventional 3D printing. With the rising public interest and mass online exposure, this form of printing is going under metamorphosis at a rapid rate.
The speakers, made by researchers at Cornell University, were able to achieve the task through three materials: a plastic housing, conductive coil and a magnet.
In the preceding article we studied the basics of Earthing and also the basic most Earthing type where the neutral is grounded at source and optionally grounding is done even at customer side.
Besides this, International Standard – IEC 60364 formally defines different types of Earthing arrangements. Let us examine them here in detail.
Even if smart grid doesn’t function in the immediate future, we must prepare its deployment as early as possible in all the buildings which produce and consume electricity. User and manager must know in full detail their consumption and be informed in real-time about network status and tariffs…
Smart grid fully integrates the problem of taking into account decentralized sites of renewable energy production, in parallel with conventional power plants.
